Non-Contact Mag-Probe

Non-Contact Mag-Probe Test Instrument Video Overview

Non-Contact Mag-Probe Test Instrument Video Overview This Video Interview with David Kalstrom, CEO of Outboundexcellence.com, explains the value of using a Mag-Probe when testing Electrical Solenoid Valves and Relays.  The Non-Contact Mag-Probe has the ability to be used in extreme environments hot and cold, underwater, in a vacuum, from the smallest relays to the largest…

Intrinsically Safe Underwater Tested Mag-Probe

Kevin Gittemeier’s YouTube Video Shows the Value of the Bartol Mag-Probe which is an Intrinsically Safe Underwater Tested Non-Contact Solenoid Valve and Relay Tool that can be Used in Explosive Environments .     Solenoid valve testers that operate using interchangeable batteries are not  intrinsically safe and are at risk of corroding internal contact points rendering them useless when testing…

aircraft elevators

Conventional Method vs. Mag-Probe Method

    “The Conventional Method”    Verses    “The Mag-Probe Method”    When Testing Electrical Solenoid Valves & Relays   MachineToolHelp.com Conventional Method of Testing Solenoid Coils   Bartol Mag-Probe Method Used for Testing Solenoid Coils   The Mag-Probe is Non-Contact and is completely separated from the power supply, therefore (the Mag-Probe offers no load…

Extreme Weather Solenoid Valve Testing

Solenoid Valve Test In Extreme Weather Using Mag-Probe

Solenoid Valve Test In Extreme Weather Conditions In the video below Bob Bartol Explains how effectively the Mag-Probe Makes a solenoid Valve Test in Extreme Weather Conditions. Bob Bartol interviewed by David Kalstrom CEO at Outbound Excellence.  One of the biggest problems in working on solenoid valves with test equipment in cold environments is freezing meters…